private static async Task<IList<CompatibilityCheckResult>> VerifyCompatibilityAsync(
PackageSpec project,
Dictionary<RestoreTargetGraph, Dictionary<string, LibraryIncludeFlags>> includeFlagGraphs,
IReadOnlyList<NuGetv3LocalRepository> localRepositories,
LockFile lockFile,
IEnumerable<RestoreTargetGraph> graphs,
bool validateRuntimeAssets,
ILogger logger)
{
// Scan every graph for compatibility, as long as there were no unresolved packages
var checkResults = new List<CompatibilityCheckResult>();
if (graphs.All(g => !g.Unresolved.Any()))
{
var checker = new CompatibilityChecker(localRepositories, lockFile, validateRuntimeAssets, logger);
foreach (var graph in graphs)
{
await logger.LogAsync(LogLevel.Verbose, string.Format(CultureInfo.CurrentCulture, Strings.Log_CheckingCompatibility, graph.Name));
var includeFlags = IncludeFlagUtils.FlattenDependencyTypes(includeFlagGraphs, project, graph);
var res = await checker.CheckAsync(graph, includeFlags);
checkResults.Add(res);
if (res.Success)
{
await logger.LogAsync(LogLevel.Verbose, string.Format(CultureInfo.CurrentCulture, Strings.Log_PackagesAndProjectsAreCompatible, graph.Name));
}
else
{
// Get error counts on a project vs package basis
var projectCount = res.Issues.Count(issue => issue.Type == CompatibilityIssueType.ProjectIncompatible);
var packageCount = res.Issues.Count(issue => issue.Type != CompatibilityIssueType.ProjectIncompatible);
// Log a summary with compatibility error counts
if (projectCount > 0)
{
await logger.LogAsync(LogLevel.Debug, $"Incompatible projects: {projectCount}");
}
if (packageCount > 0)
{
await logger.LogAsync(LogLevel.Debug, $"Incompatible packages: {packageCount}");
}
}
}
}
return checkResults;
}
public static LockFileTargetLibrary CreateLockFileTargetLibrary(
LockFileLibrary library,
LocalPackageInfo package,
RestoreTargetGraph targetGraph,
LibraryIncludeFlags dependencyType,
NuGetFramework targetFrameworkOverride,
IEnumerable <LibraryDependency> dependencies,
LockFileBuilderCache cache)
{
LockFileTargetLibrary lockFileLib = null;
var runtimeIdentifier = targetGraph.RuntimeIdentifier;
var framework = targetFrameworkOverride ?? targetGraph.Framework;
// This will throw an appropriate error if the nuspec is missing
var nuspec = package.Nuspec;
var orderedCriteriaSets = cache.GetSelectionCriteria(targetGraph, framework);
var contentItems = cache.GetContentItems(library, package);
var packageTypes = nuspec.GetPackageTypes().AsList();
for (var i = 0; i < orderedCriteriaSets.Count; i++)
{
// Create a new library each time to avoid
// assets being added from other criteria.
lockFileLib = new LockFileTargetLibrary()
{
Name = package.Id,
Version = package.Version,
Type = LibraryType.Package,
PackageType = packageTypes
};
// Populate assets
if (lockFileLib.PackageType.Contains(PackageType.DotnetTool))
{
AddToolsAssets(library, package, targetGraph, dependencyType, lockFileLib, framework, runtimeIdentifier, contentItems, nuspec, orderedCriteriaSets[i]);
if (CompatibilityChecker.HasCompatibleToolsAssets(lockFileLib))
{
break;
}
}
else
{
AddAssets(library, package, targetGraph, dependencyType, lockFileLib, framework, runtimeIdentifier, contentItems, nuspec, orderedCriteriaSets[i]);
// Check if compatile assets were found.
// If no compatible assets were found and this is the last check
// continue on with what was given, this will fail in the normal
// compat verification.
if (CompatibilityChecker.HasCompatibleAssets(lockFileLib))
{
// Stop when compatible assets are found.
break;
}
}
}
// Add dependencies
AddDependencies(dependencies, lockFileLib, framework, nuspec);
// Exclude items
ExcludeItems(lockFileLib, dependencyType);
return(lockFileLib);
}
